Smart motor control ICs are used in several industrial applications such as automated machinery, industrial sewing machines, and stage lighting among others. In robotics and certain areas which require precise movements, a smart motor controller (SMC) is integrated with single-board computers and/or wireless adapters are preferred. The advantages of using smart motors such as requirement of less on-site and wiring space and the ability of the smart motors to cut costs while increasing the overall equipment effectiveness are leading to its greater demand over the conventional electric motors. In the industrial sector, smart motors are widely being used for carrying out processes such as manufacturing, testing, assembling operations, tooling processes, load controlling operations, wafer handling, web tensioning, winding, and tube cutting among others.

Smart motor devices use drivers for either forward or reverse motion. A variable speed drive is used in a smart motor as an important component to enable soft-starting and variable-speed control of processes with variable power demands. A smart motor comprises such intelligent components which possess features such as removable and interchangeable keypads. Such components drive motors quickly; they have sophisticated diagnostics which provide motor protection and network capability. A smart motor also comprises an intelligent motor controller. It enables a user to easily and efficiently manage the motor with real-time access to information related to its operation and performance. With the increasing implementation of intelligent components in an electric motor, the market for smart motors is expected to grow in the coming years. Order a copy of this report athttp://www.rnrmarketresearch.com/contacts/purchase?rname=446064 .

The requirement of less on-site and wiring spaces by smart motors is a major factor for increasing their instalments in manufacturing plants. The concept of smart motors enables to connect hundreds of devices to single network architecture. Smart motors can measure current, voltage, and power usage at every level of the process and transfer the related data to an integrated system. Due to these factors, it acts as a cost-effective and energy-saving solution. This is one of the major factors driving the growth of the smart motor market. However, the low rate of implementation and additional considerations of the variable frequency drive (VFD) are expected to act as limitations for the growth of the smart motors market.

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